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Piotr Komarnicki
Piotr Komarnicki
Uniwersytet Przyrodniczy we Wrocławiu
Verified email at upwr.edu.pl
Title
Cited by
Cited by
Year
Evaluation of bruise resistance of pears to impact load
P Komarnicki, R Stopa, D Szyjewicz, M Młotek
Postharvest Biology and Technology 114, 36-44, 2016
852016
Determining the resistance to mechanical damage of apples under impact loads
R Stopa, D Szyjewicz, P Komarnicki, Ł Kuta
Postharvest Biology and Technology 146, 79-89, 2018
492018
Determination of apple bruise resistance based on the surface pressure and contact area measurements under impact loads
P Komarnicki, R Stopa, Ł Kuta, D Szyjewicz
Computers and electronics in agriculture 142, 155-164, 2017
382017
Influence of contact surface type on the mechanical damages of apples under impact loads
P Komarnicki, R Stopa, D Szyjewicz, Ł Kuta, T Klimza
Food and Bioprocess Technology 10, 1479-1494, 2017
382017
Estimation of operational parameters of the counter-rotating wind turbine with artificial neural networks
L Romański, J Bieniek, P Komarnicki, M Dębowski, J Detyna
Archives of Civil and Mechanical Engineering 17 (4), 1019-1028, 2017
272017
The effect of manual harvesting of fruit on the health of workers and the quality of the obtained produce
M Młotek, Ł Kuta, R Stopa, P Komarnicki
Procedia Manufacturing 3, 1712-1719, 2015
272015
Limit values of impact energy determined from contours and surface pressure distribution of apples under impact loads
R Stopa, D Szyjewicz, P Komarnicki, Ł Kuta
Computers and electronics in agriculture 154, 1-9, 2018
212018
Determination of comfortable position for tractor Driver's hands based on dynamic load
Ł Kuta, R Stopa, D Szyjewicz, P Komarnicki
International Journal of Industrial Ergonomics 74, 102866, 2019
162019
The influence of manual harvesting on the quality of picked apples and the Picker’s muscle load
Ł Kuta, Z Li, R Stopa, P Komarnicki, M Słupska
Computers and electronics in agriculture 175, 105511, 2020
142020
Modeling with the finite element method the influence of shaped elements of loading components on the surface pressure distribution of carrot roots
R Stopa, P Komarnicki, Ł Kuta, D Szyjewicz, M Słupska
Computers and electronics in agriculture 167, 105046, 2019
122019
Operational tests of a dual-rotor mini wind turbine
L RomAński, J Bieniek, P Komarnicki, M Dębowski, J Detyna
Eksploatacja i Niezawodność 18 (2), 201-209, 2016
122016
Operational tests of a dual-rotor mini wind turbine
L RomAński, J Bieniek, P Komarnicki, M Dębowski, J Detyna
Eksploatacja i Niezawodność 18 (2), 201-209, 2016
122016
Modeling of carrot root radial press process for different shapes of loading elements using the finite element method
R Stopa, P Komarnicki, D Szyjewicz, Ł Kuta
International journal of food properties 20 (sup1), S340-S352, 2017
112017
Simple method for apples’ bruise area prediction
M Słupska, E Syguła, P Komarnicki, W Szulczewski, R Stopa
Materials 15 (1), 139, 2021
72021
Distribution of surface pressure of avocado fruit at impact loads
R Stopa, P Komarnicki, M Młotek
Agricultural Engineering 18, 2014
72014
Rozkład aerodynamicznych parametrów stanu równowagi procesowej czyszczenia ziarna
P Komarnicki, J Banasiak, J Bieniek
Inżynieria Rolnicza 12 (4 (102), 389-396, 2008
62008
Ocena kryterialna optymalnego doboru maszyn rolniczych
P Komarnicki, B Stępień, R Stopa
Inżynieria rolnicza 16, 145-155, 2012
52012
Surface pressure distributions for pears at a constant value of load.
M Młotek, R Stopa, P Komarnicki, D Szyjewicz, Ł Kuta
42015
Próba określenia nacisków powierzchniowych jabłek w skrzynce jedynce w aspekcie jej przydatności do transportu i przechowywania
P Komarnicki, R Stopa, M Młotek
Inżynieria Rolnicza 17, 2013
42013
Operational effectiveness of a sieve-aerodynamic separator under the conditions of the variable load of sieves
P Komarnicki, J Bieniek, J Banasiak
Eksploatacja i Niezawodność-Maintenance and Reliability 4, 33-35, 2007
42007
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Articles 1–20